Infinite Ladder Network: Find R with Rs=1 ohm and Rp=6 ohms

In summary, the Infinite Ladder Network is a tool used to find the equivalent resistance of a circuit with multiple resistors in series and parallel configurations. It uses the values of Rs and Rp, which represent the resistance of the series and parallel sections of the circuit, respectively. The formula to calculate the equivalent resistance (R) is R = (Rs * Rp) / (Rs + Rp). This value is significant as it represents the total resistance of the circuit and can be used to calculate current and voltage. Additionally, the Infinite Ladder Network can be used for circuits with any number of resistors, as long as the values of Rs and Rp are known.
  • #1
Martin
32
0
The http://www.his.com/~mhtesler/Ladder[/PLAIN] Network4.jpg]network shown (<—click on this link) is an infinite ladder of resistances (i.e., the “L-section” pattern of Rs and Rp resistances repeats indefinitely towards the right).

Let

Rs = 1 ohm

and

Rp = 6 ohms.

What is the input resistance R (i.e., the resistance between terminals A and B)?
 
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  • #2
R(A-B) = 3 ohms ?
 
  • #3
Gokul43201 said:
R(A-B) = 3 ohms ?

I agree with Gokul

it is an elegant problem

[tex]x = 1 + \frac{1}{1/6 + 1/x}[/tex]
 

What is the purpose of the Infinite Ladder Network?

The Infinite Ladder Network is used to find the equivalent resistance of a circuit with multiple resistors in series and parallel configurations.

What are the given values Rs and Rp in the Infinite Ladder Network?

Rs is the resistance of the series section of the circuit and Rp is the resistance of the parallel section of the circuit.

How do you calculate the equivalent resistance (R) in the Infinite Ladder Network?

The formula to calculate R is R = (Rs * Rp) / (Rs + Rp).

What is the significance of the equivalent resistance (R) in the Infinite Ladder Network?

R represents the total resistance of the circuit and is used to calculate the current and voltage in the circuit.

Can the Infinite Ladder Network be used for circuits with more than two resistors?

Yes, the Infinite Ladder Network can be used for circuits with any number of resistors, as long as the values of Rs and Rp are known.

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